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Molecular Epidemiology of West Nile Virus in Humans

机译:西尼罗河病毒在人类中的分子流行病学

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After the introduction of West Nile Virus into the United States of America in 1999 followed by annual WNV epidemics during the mosquito seasons and spreading of the virus from the East (New York; 1999) to the West of the U.S. (California; 2003/2004) there appeared the question of whether a similar scenario could happen in Europe, too. To be able to answer this question the German Ministry of Health decided to investigate the prevalence and incidence of WNV infections in German blood donors. First a test algorithm was established taking into account the high level of cross-reactivity between different flavivirus infections in serological test systems. AntiWNV-suspicious specimens were further investigated for their neutralisation capacity and by an antiWNV confirmation assay developed in-house. As a preliminary result of our studies a very low prevalence of WNV infections in healthy German blood donors was measured. Development of highly specific test systems is necessary for accurate and reliable differential diagnosis of flavivirus infections.
机译:在1999年将西尼罗河病毒引入美利坚合众国之后,随后在蚊虫季节每年爆发西尼罗河病毒,并且该病毒从东部(纽约; 1999年)向美国西部(加利福尼亚; 2003/2004年)传播)出现了一个问题,即欧洲是否也会发生类似情况。为了能够回答这个问题,德国卫生部决定调查德国献血者中WNV感染的患病率和发病率。首先,考虑到血清学测试系统中不同黄病毒感染之间的高交叉反应性,建立了一种测试算法。通过内部开发的antiWNV确认分析,进一步研究了可疑的抗WNV样本的中和能力。作为我们研究的初步结果,在健康的德国献血者中WNV感染的发生率很低。为了准确,可靠地鉴别黄病毒感染,必须开发高度特异性的测试系统。

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